To determine which type of magnet would be best for Jackson to use to hang a small piece of paper on the metal door of his refrigerator, we need to consider the characteristics of each type of magnet provided.
- Option A suggests that Magnet 2 works best due to attracting the refrigerator with more force.
- Option B suggests that Magnet 1 works best due to attracting the refrigerator with more force.
- Option C claims Magnet 2 is better because it has a continuous magnetic field.
- Option D claims Magnet 1 is better because it has a continuous magnetic field.
Based on common knowledge about magnets, typically:
- A magnet with a continuous magnetic field can evenly exert magnetic force, which is beneficial for hanging objects like paper.
- The strength of the magnetic pull can also be crucial in ensuring it can adequately hold the piece of paper against the metal door.
Without specific details about the type of magnets (like strength, shape, or design), the best choice would often depend on these considerations. However, if one type (Magnet 1 or Magnet 2) is characterized by having a continuous magnetic field and is designed for holding objects, it would typically be preferred.
Assuming Magnet 1 is the one with a continuous magnetic field, the best choice would be:
D. Magnet 1 would work best because it has a continuous magnetic field.
This selection is grounded in the fact that a constant magnetic field would create a more reliable and stable holding force for the paper against the refrigerator door.